{"instruction": "You are an expert in event extraction. Please extract events from the input that conform to the schema definition. Return an empty list for events that do not exist, and return NAN for arguments that do not exist. If an argument has multiple values, please return a list. Respond in the format of a JSON string.", "schema": [{"event_type": "discover vulnerability", "trigger": true, "arguments": ["supported platform", "vulnerable system version", "vulnerability", "common vulnerabilities and exposures", "discoverer", "vulnerable system", "capabilities"]}, {"event_type": "phishing", "trigger": true, "arguments": ["purpose", "place", "time", "victim", "trusted entity", "damage amount", "attack pattern"]}, {"event_type": "ransom", "trigger": true, "arguments": ["victim", "attacker", "place", "time", "damage amount", "tool", "attack pattern"]}, {"event_type": "data breach", "trigger": true, "arguments": ["number of data", "time", "compromised data", "damage amount", "attack pattern", "place", "number of victim", "purpose"]}, {"event_type": "patch vulnerability", "trigger": true, "arguments": ["time", "vulnerable system", "patch", "issues addressed", "supported platform", "vulnerable system version", "vulnerability", "common vulnerabilities and exposures", "patch number", "releaser"]}], "input": "\" Welp , it turns out the Meltdown patches for Windows 10 had a fatal flaw : calling NtCallEnclave returned back to user space with the full kernel page table directory , completely undermining the mitigation , \" Ionescu wrote ."}
{"discover vulnerability": [], "phishing": [], "ransom": [], "data breach": [], "patch vulnerability": [{"trigger": "turns out", "arguments": {"time": "NAN", "vulnerable system": "Windows 10", "patch": "the Meltdown patches", "issues addressed": "NAN", "supported platform": "NAN", "vulnerable system version": "NAN", "vulnerability": ["a fatal flaw", "NtCallEnclave"], "common vulnerabilities and exposures": "NAN", "patch number": "NAN", "releaser": "NAN"}}]}